2.9 density double threaded silicon carbide rods for high temperature furnaces

SG Type SiC Heating element

Silicon carbide rods for high-temperature furnaces are an ideal choice for high-temperature heating applications. This 2.9g/cm³, double-threaded silicon carbide rod, with its high density of 2.9g/cm³, offers excellent high-temperature performance and structural stability. Its double-thread design increases the heating surface, allowing for more even heat distribution and a more stable temperature field within the furnace. It also facilitates installation with accessories, improving assembly efficiency.

Composed of high-purity silicon carbide, it boasts high density and low porosity, offering excellent oxidation resistance at high temperatures. Even in furnaces with oxidizing atmospheres, it can operate stably at temperatures between 1350°C and 1600°C for extended periods, making it suitable for a variety of high-temperature industrial applications, such as ceramic sintering, glass melting, and metallurgical heating. The rod heats up quickly, quickly heating the furnace to the desired temperature and improving production efficiency. Furthermore, the optimal connection between the heating element and the cold end results in low cold end resistance, effectively reducing power loss and achieving energy savings.

2.9 density double threaded silicon carbide rods for high temperature furnaces Images